@article{wang_high_nodate,
	title = {{HIGH} {ENERGY} {PHOSPHATE} {METABOLISM} {MEASUREMENT} {BY} {PHOSPHORUS}-31 {MAGNETIC} {RESONANCE} {FINGERPRINTING}},
	abstract = {Methods .......................................................................................................... 83 Pulse Sequence Design............................................................................... 83 Fingerprint Simulation .................................................................................. 86 MRF Data Processing .................................................................................. 86 Parameter Estimation .................................................................................. 86 Conventional Inversion-Recovery Method ................................................... 88 Simulation Studies ....................................................................................... 89 In Vitro Study ............................................................................................... 90 In Vivo Study................................................................................................ 90 Statistical Methods ....................................................................................... 92
Results ............................................................................................................ 92 Simulation Studies ....................................................................................... 92 In Vitro Study ............................................................................................... 96 In Vivo Study ................................................................................................ 98 Discussion ..................................................................................................... 101 Chapter 6. Conclusions and Future Directions ................................................ 110
Conclusions................................................................................................... 110 Future Directions ........................................................................................... 115 Continuous Monitoring of Metabolism with 20 s Temporal Resolution ....... 116 Metabolic Imaging ...................................................................................... 119 Appendix A: Discrete Two-Pool Bloch-McConnell Simulation .......................... 123 Appendix B: Discrete Three-Pool Bloch-McConnell Simulation........................ 127 Appendix C: Discrete Two-Pool Bloch-McConnell Simulation with Continuous Wave RF Selective Saturation.......................................................................... 128},
	language = {en},
	author = {Wang, Charlie Yi},
	pages = {140},
}

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Y."],"bibdata":{"bibtype":"article","type":"article","title":"HIGH ENERGY PHOSPHATE METABOLISM MEASUREMENT BY PHOSPHORUS-31 MAGNETIC RESONANCE FINGERPRINTING","abstract":"Methods .......................................................................................................... 83 Pulse Sequence Design............................................................................... 83 Fingerprint Simulation .................................................................................. 86 MRF Data Processing .................................................................................. 86 Parameter Estimation .................................................................................. 86 Conventional Inversion-Recovery Method ................................................... 88 Simulation Studies ....................................................................................... 89 In Vitro Study ............................................................................................... 90 In Vivo Study................................................................................................ 90 Statistical Methods ....................................................................................... 92 Results ............................................................................................................ 92 Simulation Studies ....................................................................................... 92 In Vitro Study ............................................................................................... 96 In Vivo Study ................................................................................................ 98 Discussion ..................................................................................................... 101 Chapter 6. Conclusions and Future Directions ................................................ 110 Conclusions................................................................................................... 110 Future Directions ........................................................................................... 115 Continuous Monitoring of Metabolism with 20 s Temporal Resolution ....... 116 Metabolic Imaging ...................................................................................... 119 Appendix A: Discrete Two-Pool Bloch-McConnell Simulation .......................... 123 Appendix B: Discrete Three-Pool Bloch-McConnell Simulation........................ 127 Appendix C: Discrete Two-Pool Bloch-McConnell Simulation with Continuous Wave RF Selective Saturation.......................................................................... 128","language":"en","author":[{"propositions":[],"lastnames":["Wang"],"firstnames":["Charlie","Yi"],"suffixes":[]}],"pages":"140","bibtex":"@article{wang_high_nodate,\n\ttitle = {{HIGH} {ENERGY} {PHOSPHATE} {METABOLISM} {MEASUREMENT} {BY} {PHOSPHORUS}-31 {MAGNETIC} {RESONANCE} {FINGERPRINTING}},\n\tabstract = {Methods .......................................................................................................... 83 Pulse Sequence Design............................................................................... 83 Fingerprint Simulation .................................................................................. 86 MRF Data Processing .................................................................................. 86 Parameter Estimation .................................................................................. 86 Conventional Inversion-Recovery Method ................................................... 88 Simulation Studies ....................................................................................... 89 In Vitro Study ............................................................................................... 90 In Vivo Study................................................................................................ 90 Statistical Methods ....................................................................................... 92\nResults ............................................................................................................ 92 Simulation Studies ....................................................................................... 92 In Vitro Study ............................................................................................... 96 In Vivo Study ................................................................................................ 98 Discussion ..................................................................................................... 101 Chapter 6. Conclusions and Future Directions ................................................ 110\nConclusions................................................................................................... 110 Future Directions ........................................................................................... 115 Continuous Monitoring of Metabolism with 20 s Temporal Resolution ....... 116 Metabolic Imaging ...................................................................................... 119 Appendix A: Discrete Two-Pool Bloch-McConnell Simulation .......................... 123 Appendix B: Discrete Three-Pool Bloch-McConnell Simulation........................ 127 Appendix C: Discrete Two-Pool Bloch-McConnell Simulation with Continuous Wave RF Selective Saturation.......................................................................... 128},\n\tlanguage = {en},\n\tauthor = {Wang, Charlie Yi},\n\tpages = {140},\n}\n\n","author_short":["Wang, C. 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